尼日利亚河流州选定施肥农场的放射性核素从土壤到作物的转移比率及其健康风险估计

A. N. Abayiga, G. Avwiri, C. Ononugbo
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摘要

进行这项研究是为了调查尼日利亚河流州选定的施肥农民的放射性核素从土壤到作物的转移比率。使用校准良好的碘化钠(NaI)检测器。测定了河流州选定的施肥农民的作物和土壤中40K、234U和232Th的活性浓度。40K、234U和232Th的放射性核素活性浓度均高于对照值,说明施肥农场比未施肥农场(对照)含有更多的放射性核素,这可能是由于选定的农业发展计划农场(施肥农场)在耕作期间长期使用无机肥料所致。这种差异可能是由于所选农场的有机质、土壤含量和土壤类型的差异。得到的平均转移系数为234U < 232TH < 40K,表明研究区内天然放射性同位素的活度浓度较高,放射性同位素从土壤向作物转移的速率也较高。结果表明,所选施肥农场的放射性核素从土壤到作物的转移率较高,这就要求对氮磷钾肥料的使用进行放射性控制,以保证消费安全。
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Radionuclide Transfer Ratio from Soil to Crops in Selected Fertilized Farms and Estimation of Its Health Risk in Rivers State of Nigeria
The study was carried out to investigate the transfer ratio of radionuclide from soil to crops of the selected fertilized farmers in Rivers State Nigeria. Using a well calibrated sodium iodide (NaI) detector. The activity concentrations of 40K, 234U, and 232Th in crops and soils of the selected fertilized farmers of Rivers State have been determined. The activity concentration of radionuclides of 40K, 234U, and 232Th were all higher than its respective control values, which show that the fertilized farms contain more radionuclide than the unfertilized farms(control) and this may be due to the long use of inorganic fertilizers during cultivation on the selected Agricultural Development programme farms (Fertilized Farms). This variation may be due to differences in organic matter, soil content and type of soil of the selected farms. The mean transfer factor obtained is of the order 234U < 232TH < 40K which shows that activity concentration of natural radio isotopes within the study area are high and also the rate at which the radionuclides are transfer from soil to crops is also high. The result obtained show that there is high transfer ratio of radionuclide from soil to crops of the selected fertilized farms and this requires that the uses of NPK fertilizers should be under radiological control for consumption safety.
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